Introduction
The quality of any laser application crucially depends on the performance of the driving light source, i.e. the laser itself. In addition, most applications ask for more and more average power from the laser source to be cost-effective or sensitive enough.
AFS‘s ultrafast fiber lasers are characterized by an outstanding performance combined with flexibility and maximum stability. All essential parameters are software controlled and can be tuned over a wide range, making them an extremely valuable tool in many applications.
The following specs show only our main platforms. We happily customize a system exactly to your needs.
Ytterbium-30 S
approx. 1030 nm
50 kHz (or single pulse via externally controllable AOM upgrade) up to 30 MHz, others on request
up to 200 µJ
up to 0.5 GW
up to 30 W
< 250 fs … 5 ps adjustable, others on request
linear
close to diffraction-limited, M² < 1.2
< 0.5% RMS [1/ (24 hours) … 1 Hz]
< 0.5% RMS [1 Hz … frep/2]
< 10 µrad RMS (< 5% nat. divergence)
approx. 3 mm
112 cm × 41 cm × 25 cm
approx. 80 kg
Logging of all operation parameters via control software, remote monitoring and service access
Turnkey reliability, all parameters software-controlled, temperature-stabilized and dust-sealed housing
Ytterbium-30 HE
approx. 1030 nm
50 kHz (or single pulse via externally controllable AOM upgrade) up to 30 MHz, others on request
up to 400 µJ
up to 1.0 GW
up to 30 W
< 250 fs … 5 ps adjustable, others on request
linear
close to diffraction-limited, M² < 1.2
< 0.5% RMS [1/ (24 hours) … 1 Hz]
< 0.5% RMS [1 Hz … frep/2]
< 10 µrad RMS (< 5% nat. divergence)
approx. 3 mm
112 cm × 41 cm × 25 cm
approx. 80 kg
Logging of all operation parameters via control software, remote monitoring and service access
Turnkey reliability, all parameters software-controlled, temperature-stabilized and dust-sealed housing
approx. 1030 nm
50 kHz (or single pulse via externally controllable AOM upgrade) up to 30 MHz, others on request
up to 200 µJ
up to 0.5 GW
up to 60 W
< 250 fs … 5 ps adjustable, others on request
linear
close to diffraction-limited, M² < 1.2
< 0.5% RMS [1/ (24 hours) … 1 Hz]
< 0.5% RMS [1 Hz … frep/2]
< 10 µrad RMS (< 5% nat. divergence)
approx. 3 mm
112 cm × 41 cm × 25 cm
approx. 80 kg
Logging of all operation parameters via control software, remote monitoring and service access
Turnkey reliability, all parameters software-controlled, temperature-stabilized and dust-sealed housing
Ytterbium-60 HE
approx. 1030 nm
50 kHz (or single pulse via externally controllable AOM upgrade) up to 30 MHz, others on request
up to 400 µJ
up to 1.0 GW
up to 90 W
< 250 fs … 5 ps adjustable, others on request
linear
close to diffraction-limited, M² < 1.2
< 0.5% RMS [1/ (24 hours) … 1 Hz]
< 0.5% RMS [1 Hz … frep/2]
< 10 µrad RMS (< 5% nat. divergence)
approx. 3 mm
112 cm × 41 cm × 25 cm
approx. 80 kg
Logging of all operation parameters via control software, remote monitoring and service acces
Turnkey reliability, all parameters software-controlled, temperature-stabilized and dust-sealed housing
approx. 1030 nm
50 kHz (or single pulse via externally controllable AOM upgrade) up to 30 MHz, others on request
up to 1 mJ
up to 2.5 GW
up to 100 W
< 250 fs … 5 ps adjustable, others on request
linear
close to diffraction-limited, M² < 1.2
< 0.5% RMS [1/ (24 hours) … 1 Hz]
< 0.5% RMS [1 Hz … frep/2]
< 10 µrad RMS (< 5% nat. divergence)
approx. 3 mm
132 cm × 41 cm × 30 cm
approx. 120kg
Logging of all operation parameters via control software, remote monitoring and service acces
Turnkey reliability, all parameters software-controlled, temperature-stabilized and dust-sealed housing
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